The mussel and scallop business might be revolutionized by a brand new autonomous underwater drone.
Developed by University of Canterbury researchers, the drone can eradicate hours of pricey and time-consuming handbook work.
Research lead Professor Richard Green says the drone, or autonomous underwater vehicle (AUV), can survey mussels and scallops so precisely that their dimension, well being, and any pests can all be detected.
“We think this is the first New Zealand developed autonomous underwater drone. It means we’re leading the world in getting so close to underwater surfaces.”
“Our autonomous artificial intelligence (AI) approach is unique and we believe this drone could be widely used here and internationally. Our collective expertise means we’re able to rapidly develop prototypes and novel applications.”
Simply operated by novices, the AUV may remotely scan total wharf pylons, and ship hulls sooner or later, to precisely determine invasive marine organisms rising on them. In the mean time, these annual inspections are accomplished manually by divers—a harmful, costly and time-consuming activity. It can be utilized in salmon farming to scan nets for holes.
Though there may be in depth research and improvement into autonomous agriculture robots and aerial drones, Professor Green says the underwater marine surroundings is far more hostile and difficult, together with strain, visibility, communications, navigation, and positioning with no GPS underwater.
University of Canterbury
Distinctive underwater drone a sport changer for mussel and scallop business (2022, July 28)
retrieved 28 July 2022
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